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- Order_and_disorder_(physics) abstract "In physics, the terms order and disorder designate the presence or absence of some symmetry or correlation in a many-particle system.In condensed matter physics, systems typically are ordered at low temperatures; upon heating, they undergo one or several phase transitions into less ordered states.Examples for such an order-disorder transition are: the melting of ice: solid-liquid transition, loss of crystalline order; the demagnetization of iron by heating above the Curie temperature: ferromagnetic-paramagnetic transition, loss of magnetic order.The degree of freedom that is ordered or disordered can be translational (crystalline ordering), rotational (ferroelectric ordering), or a spin state (magnetic ordering).The order can consist either in a full crystalline space group symmetry, or in a correlation. Depending on how the correlations decay with distance, one speaks of long-range order or short-range order.If a disordered state is not in thermodynamic equilibrium, one speaks of quenched disorder. For instance, a glass is obtained by quenching (supercooling) a liquid. By extension, other quenched states are called spin glass, orientational glass. In some contexts, the opposite of quenched disorder is annealed disorder.".
- Order_and_disorder_(physics) wikiPageExternalLink kleiner_reb1.
- Order_and_disorder_(physics) wikiPageID "948014".
- Order_and_disorder_(physics) wikiPageRevisionID "588765241".
- Order_and_disorder_(physics) hasPhotoCollection Order_and_disorder_(physics).
- Order_and_disorder_(physics) subject Category:Crystallography.
- Order_and_disorder_(physics) subject Category:Statistical_mechanics.
- Order_and_disorder_(physics) comment "In physics, the terms order and disorder designate the presence or absence of some symmetry or correlation in a many-particle system.In condensed matter physics, systems typically are ordered at low temperatures; upon heating, they undergo one or several phase transitions into less ordered states.Examples for such an order-disorder transition are: the melting of ice: solid-liquid transition, loss of crystalline order; the demagnetization of iron by heating above the Curie temperature: ferromagnetic-paramagnetic transition, loss of magnetic order.The degree of freedom that is ordered or disordered can be translational (crystalline ordering), rotational (ferroelectric ordering), or a spin state (magnetic ordering).The order can consist either in a full crystalline space group symmetry, or in a correlation. ".
- Order_and_disorder_(physics) label "Desorden templado y desorden recocido".
- Order_and_disorder_(physics) label "Order and disorder (physics)".
- Order_and_disorder_(physics) label "Порядок (физика)".
- Order_and_disorder_(physics) sameAs Desorden_templado_y_desorden_recocido.
- Order_and_disorder_(physics) sameAs m.03sgqj.
- Order_and_disorder_(physics) sameAs Q17142196.
- Order_and_disorder_(physics) sameAs Q17142196.
- Order_and_disorder_(physics) wasDerivedFrom Order_and_disorder_(physics)?oldid=588765241.
- Order_and_disorder_(physics) isPrimaryTopicOf Order_and_disorder_(physics).